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Williams David W., Hajek Ann E.
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Hurley Brett P., Wingfield Michael J.
Annual Review of Entomology. 2015 60(1). p.601
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Ramsden Michael, Griffiths Manon
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Lantschner M.V., Corley J.C.
Biological Control. 2019 132 p.177
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Krivak-Tetley Flora E.,
Lantschner M. Victoria,
Lombardero María J.,
Garnas Jeff R.,
Hurley Brett P.,
Villacide José M.,
Slippers Bernard,
Corley Juan C.,
Liebhold Andrew M., Ayres Matthew P.
Forest Ecology and Management. 2021 483 p.118728
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Fischbein D.,
Villacide J.M.,
López B.,
Corley J.C., Martínez A.S.
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The Sirex Woodwasp and its Fungal Symbiont: (2012)
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Yousuf Fazila,
Gurr Geoff M.,
Carnegie Angus J.,
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Gitau Catherine W., Nicol Helen I.
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Bookwalter J.D.,
Riggins J.J.,
Dean J.F.D.,
Mastro V.C.,
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Journal of Entomological Science. 2019 54(1). p.1
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Ren Lili,
Li Chunchun,
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Environmental Entomology. 2012 41(4). p.731
Community resistance to an invasive forest insect–fungus mutualism
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Ecosphere. 2019 10(2).
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Ecological Informatics. 2022 68 p.101525
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Agricultural and Forest Entomology. 2019 21(3). p.276
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Slippers B.,
Wingfield B. D.,
Coutinho T. A., Wingfield M. J.
Molecular Ecology. 2002 11(9). p.1845
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